Post by Pincho Paxton on Aug 31, 2024 10:32:01 GMT
Link...
Supercomputer simulations reveal the nature of turbulence in black hole accretion disks
Pincho says...
Scientists need more than supercomputers they also need common sense. Accretion disks are why we have particle physics, because particles are quantum black holes, and those tiny accretion spins are why we hit the ground when we fall. Matter, and mass are quantum accretion disks. The hole in the middle is what matter moves towards in the Cavendish Experiment, not the mass. That is also how magnetism works, but in magnetism the accretion disks line up telescopically making tunnels for gravity to flow into. Tunnels within tunnels create speed, and acceleration, because as you move through the tunnels the tunnels themselves are also moving, like being on a train within a train. You get to speed up through tunnels that move through tunnels. So accretion disks in supercomputers skip out all of the physics.
Pincho Paxton
Supercomputer simulations reveal the nature of turbulence in black hole accretion disks
Pincho says...
Scientists need more than supercomputers they also need common sense. Accretion disks are why we have particle physics, because particles are quantum black holes, and those tiny accretion spins are why we hit the ground when we fall. Matter, and mass are quantum accretion disks. The hole in the middle is what matter moves towards in the Cavendish Experiment, not the mass. That is also how magnetism works, but in magnetism the accretion disks line up telescopically making tunnels for gravity to flow into. Tunnels within tunnels create speed, and acceleration, because as you move through the tunnels the tunnels themselves are also moving, like being on a train within a train. You get to speed up through tunnels that move through tunnels. So accretion disks in supercomputers skip out all of the physics.
Pincho Paxton